yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Regulation for the Future, with Barney Frank | Big Think


3m read
·Nov 4, 2024

Processing might take a few minutes. Refresh later.

The question is what should we be cognizant of as new technologies emerge, and frankly it's a very good question, and it answers itself. We should be cognizant of the new technologies. The pattern that we see, where regulations could go or that we should see, is the private sector innovates. And that's a good thing because they create the wealth, the private sector, and those innovations generally succeed if they have value added to the public, which decides whether or not to buy them; to participate in them.

At some point, innovation will reach a kind of critical mass, and it will so change the situation that you need new rules. And the problems come in from this standpoint when the regulations lag the state-of-the-art and when innovations have created new phenomena that are not well regulated. In 1850, there weren't very large enterprises in America, so there were no national economic policies, no antitrust, no general national economic regulation.

By 1890, we had big oil, big steel, big coal, et cetera, so they had to, in the turn of the 20th century, come up with national rules. Forty years later, you now had large enterprises that were financed through stocks, but there were no rules for the stock market and for mutual funds, et cetera. So, under the New Deal, they created the security exchange regulations, mutual fund regulations. That worked well for about 50 years, but by the '80s, you had a lot of money coming into the system outside of the banks because you had oil countries with a lot of money, you had Asian countries with large balances of payment.

And our financial system was set up to regulate loans. Now, the problem here was loans; it was stocks earlier. Loans were generally made by banks up until the '80s, but after the '80s, a lot of loans were made by non-banks, and they weren't regulated. There were also, you got information technology. It was now possible, beginning in the '80s, for an entity to make a lot of loans and then, instead of waiting for each individual to repay the loan, package them into a security. The process is called securitization, and sell it and sell pieces of it.

So, you bought now, as an investor, pieces of a thousand loans. You couldn't keep track. You didn't know if they were any good. There were no rules for that situation. People who lend money and expect the borrower to repay are careful about the quality of the borrower. People who lend money and then sell the loans to others don't worry as much.

So, what happened in the '80s, '90s, and into the turn of the 21st century was a lot of innovations that had no rules. What we did in the Financial Reform Bill was to create new rules, and I believe we now have a fairly good set of rules for the current situation. The next issue is, okay, what do we look out for? And the answer is we don't know what to look out for because we don't know what the innovations will be of the future.

But what we did do was to give the regulators, in this case, the power to adopt new rules as new phenomena come up. In other words, we did two things: we had a kind of backwards-looking set of rules; okay, we're going to regulate securitization, derivatives, et cetera, but we're also going to give the regulatory bodies information and the authority to adopt new rules as new things come up.

So short answer, what should we be looking for? We should be looking for the new phenomena that will ultimately transform the situation and not wait to adopt rules that regulate them.

More Articles

View All
Negative frequency
I want to talk a little bit about one of the quirkier ideas in signal processing, and that’s the idea of negative frequency. This is a phrase that may not initially make any sense at all. What does it mean to be a negative frequency? Could there be a sine…
Approximating asymptotic limit from table
Function f is defined over the real numbers. This table gives a few values of f. So when x is equal to -4.1, f of x is 5. f of -4.01 is 55. They give us a bunch of values for different x’s of what f of x would be. What is a reasonable estimate for the li…
Plastics 101 | National Geographic
(bright music) [Narrator] Plastics have become such an entrenched part of our lives, but what exactly is plastic and how was it made? Before plastic became so ubiquitous, it underwent a transformation from being a strictly natural product to being synthe…
He Grew Up on the Streets, Now He's Making Them a Better Place | Short Film Showcase
You know you can’t change the world; you have to start with yourself. I was going down a one-way street, going backwards, and I left the house. I had my gun on my hip. I kept a blunt halfway lit, had my tennis shoes tied tight. These guys, I had to jump o…
Safari Live - Day 11 | National Geographic
[Music] Well, we are trying to see if we can’t find a Terrapin once again. But suppose we should say hello at first. Good afternoon, everybody, and welcome to our sunset Safari. We had a few technical issues, so we are now back with you guys, and hopefull…
The REAL cost of owning a Cirrus Vision Jet
The Cirrus Vision Jet is a really impressive aircraft… on paper. It’s got a range of 1,275 nautical miles; that’s the equivalent of Melbourne to Ali Springs, London to Greece, even New York to Dallas. It can cruise over 310 knots. It’s got state-of-the-ar…